
Keep the paste-and-share flow, then add passwords, expiry, Markdown, and burn-after-read. It is still fast, but built for private snippets too.
AES-256-GCM in your browser. The key lives only in the URL — the server never sees it.
Just paste and share. No accounts, no walls.
Markdown, burn-after-read, syntax highlighting, expiry — all free.
Hastebin is the spiritual ancestor of textdrop.sh: minimal and fast. But it stops there. Hastebin pastes are URL-accessible, its documented API returns paste contents directly, and Toptal documents 7-day availability for unauthenticated users and 30-day availability for authorized users with no per-paste expiry setting. textdrop.sh takes Hastebin's frictionless UX and adds browser-side encryption, password protection, burn-after-read, and configurable expiry.
Hastebin does not document client-side or end-to-end encryption, password-protected viewer access, or private encrypted pastes. Its documented API returns paste contents directly, and pastes are accessible to anyone who knows the URL. textdrop.sh encrypts every paste with AES-256-GCM in your browser before upload; the decryption key lives only in the URL fragment and the server cannot read any paste.
The original Haste project was created by John Crepezzi, and Hastebin is now hosted by Toptal at toptal.com/developers/hastebin. The open-source Haste server code is publicly available, and community-run self-hosted instances based on the open-source code still exist.
Not in a per-paste, user-controlled way documented by Toptal. Hastebin documents 7-day availability for unauthenticated users and 30-day availability for authorized users, but no per-paste expiry selector. textdrop.sh supports configurable expiry from 1 hour to 30 days.
Yes. textdrop.sh offers everything Hastebin does (fast, no-account paste sharing with a raw endpoint) plus AES-256-GCM encryption, password protection, burn-after-read, configurable expiry, Markdown rendering, and genuine privacy controls, all for free.